Results Registry Noteworthy Result Canonical physics β(t/b) = -dim(τ³)·(a₃+|lobes|)/a₃ = -3×15/13 = -45/13 derived from T² eigenvalue gap, CF partial quotient a₃=13, and fiber dimension. First quark mass exponent derived entirely from τ-axioms and T² mode-counting. At +99 ppm.
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m_t/m_b Exponent from Winding Algebra

β(t/b) = -dim(τ³)·(a₃+|lobes|)/a₃ = -3×15/13 = -45/13 derived from T² eigenvalue gap, CF partial quotient a₃=13, and fiber dimension. First quark mass exponent derived entirely from τ-axioms and T² mode-counting. At +99 ppm.

IV.T196 Physics Book IV tau-effective formalized

What this page is

This is a public Results-lane surface for a noteworthy Physics Registry item. It is generated from the Corpus Registry triage catalogue and keeps the generic Result catalogue unchanged.

Registry evidence

  • Registry item: IV.T196
  • Type: theorem
  • Scope: tau-effective
  • Lean status: formalized
  • Book / part / chapter: Book IV · Part 5 · Chapter 36

Result summary

β(t/b) = -dim(τ³)·(a₃+ lobes )/a₃ = -3×15/13 = -45/13 derived from T² eigenvalue gap, CF partial quotient a₃=13, and fiber dimension. First quark mass exponent derived entirely from τ-axioms and T² mode-counting. At +99 ppm.
  • No existing public Results surface is linked yet; this record is promoted as a standalone Registry-backed result.

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Curation rationale

  • physics-facing terms: mass
  • theorem/proposition-class item appears externally legible enough for standalone review

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